Keyboard layouts compared

There's a recurring fantasy in typing communities that switching keyboard layout — Dvorak, Colemak, Workman, something exotic — will unlock a much higher speed. The truth is more boring: layout matters at the margins, technique matters in the middle, and consistency matters most of all. This page is an honest walk through the main layouts, what each one is actually for, and whether switching is worth the cost.

QWERTY: the layout that won

QWERTY was patented in 1878 by Christopher Latham Sholes for the Sholes & Glidden typewriter. The standard story — that the keys were deliberately scattered to prevent jams — is partly true and partly folklore. Letters used together (th, er) were spread across the keyboard so the metal arms striking the page from different angles wouldn't lock; that much is real. The exact arrangement also reflected what early operators found acceptable, and Morse code transcription influenced some choices.

What sealed QWERTY's dominance wasn't ergonomics — it was network effects. Touch-typing schools standardised on it in the 1880s, manufacturers built machines for those schools, employers hired typists trained on those machines, and the loop closed. By the time computers arrived a century later, QWERTY was the only layout almost everyone shared. It is, in the most honest sense, a worse-than-it-could-be layout that won because everything was already built around it.

The ergonomic complaints are valid. Common English bigrams like th, er, and ed require awkward finger sequences. The home row has only three vowels and includes the almost-unused ;. Around 30% of typing happens on the bottom row, the hardest row to reach, while the well-positioned home row carries only about 32%. Better is possible. Practical isn't the same as good.

Dvorak: the famous alternative

August Dvorak and William Dealey designed and patented the Dvorak Simplified Keyboard in 1936. The idea was to put the most frequent letters on the home row, balance load between hands, and favour alternating-hand sequences over same-hand stretches. On Dvorak's home row you find aoeu idhtns, which covers the great majority of English keystrokes.

On paper it's clearly better laid out than QWERTY. In practice the advantage is real but small. Modern studies generally find Dvorak users type comparable speeds to skilled QWERTY users — somewhere in the single-digit-percent range of difference, occasionally with a measurable reduction in finger travel. The original 1944 Dvorak study that claimed much larger gains is widely considered methodologically flawed.

Dvorak's enduring appeal is partly aesthetic: it's the layout that obviously belongs to the kind of person who cares about layouts. If you are that person, the trade-offs below apply.

Colemak: the middle-ground choice

Colemak, designed by Shai Coleman in 2006, is the layout most modern switchers actually pick. It moves only 17 keys from their QWERTY positions, leaves common shortcuts like Ctrl+Z/X/C/V exactly where they are, and keeps all punctuation in the same place. The result is far less retraining pain than Dvorak while still giving you a strong home row (arst dhneio) and a sensible distribution of work across fingers.

Variants exist for people who want to go further:

• Colemak-DH (and DHm) move D and H down a row to reduce middle-finger reach. Popular among programmers using ortho-linear or split keyboards where the column stagger makes the change ergonomically meaningful.
• Mini-Colemak: a transitional layout that adopts only a handful of Colemak's changes — a useful stepping stone if you want to ease in.

For most people considering a switch, Colemak is the right starting point: meaningfully better than QWERTY, less disruptive than Dvorak, and well-supported by every operating system.

Workman, BEAKL, and the deep end

Workman, by OJ Bucao, is a 2010 alternative that optimises for finger comfort over raw frequency — keeping the strongest keys off the dreaded centre column, which Workman considers a high-strain region for the index finger. Workman's home row is ashtgyneoi. Adoption is small but loyal, mostly among people who measure ergonomics in terms of finger fatigue rather than keystroke count.

Beyond Workman lie BEAKL, Halmak, Engram, and a long tail of computer-optimised layouts. These are typically designed by running letter-frequency, bigram-frequency, and finger-comfort metrics through optimisers and picking what scores well. They make sense if you've already invested in a custom keyboard and want to extract every last percent. They make no sense as your first switch from QWERTY.

AZERTY, QWERTZ, and regional layouts

Outside the English-speaking world, QWERTY is just one of several standards. The most common European variants:

• AZERTY: the standard French layout, swapping Q with A and W with Z, plus easier access to French diacritics like é, è, and à. Belgium uses a near variant with extra access to common Dutch and German characters.
• QWERTZ: standard in Germany, Austria, Switzerland, and much of central Europe. Y and Z swap because Z is more frequent in German.
• BÉPO: a French Dvorak-style layout from 2003, optimised for French. Smaller community than AZERTY but well-engineered; its share resembles Dvorak's in the English world.

These layouts exist because the language they were built for has a different letter-frequency profile from English. If you write predominantly in one of those languages, a layout that includes the diacritics natively saves a lot of dead-key gymnastics. TypeFast's typing test includes language-aware word lists for most of them.

The honest cost-benefit of switching

Every layout switch has the same shape. For about three to six weeks your typing speed collapses; you'll feel slow, frustrated, and constantly aware of the keyboard. Then it claws back to roughly your old speed. After a few months a small additional ceiling becomes accessible — single-digit-percent gains in speed and a noticeable reduction in same-hand stretches. That's the prize.

Costs people underestimate:

• Other people's keyboards. Borrowing a colleague's laptop, signing in at a hotel terminal, or pairing on someone else's machine becomes awkward. Most switchers stay bilingual and keep QWERTY muscle memory active by deliberately using it sometimes.
• Keyboard shortcuts. Even Colemak, which preserves the worst offenders, moves F, Y, P, and several others. App-specific shortcuts like Vim's hjkl become awkward unless you remap them.
• Games. WASD, hotbar layouts, and most game UIs are QWERTY-shaped. You can remap, but every game becomes an exercise in configuration.
• Lost productivity during the dip. If you type for a living, the three weeks at half-speed is real money. Many people switch during a break or sabbatical specifically to absorb the cost.

None of these are deal-breakers, and the long-term benefit is real for people who care. They're just rarely mentioned next to the headline "10% more efficient" claim, which is misleading on its own.

What actually moves the needle

The uncomfortable truth is that for most typists, layout is the wrong variable to optimise. Most of the gap between a 50-WPM and a 100-WPM typist is technique, not layout. People who switched layouts and got much faster often credit the layout, but actually credit the several months of focused practice they did while learning it. A QWERTY typist who put in the same hours would have reached the same speed.

If you're under 70 WPM on QWERTY, your time is better spent on the fundamentals and structured practice than on a layout switch. If you're already a strong typist and you type all day for a living, switching to Colemak (or Colemak-DH if you have a split keyboard) is a defensible long-term investment for ergonomics, not for speed. Switching purely to chase a higher WPM is almost certainly a detour from a faster path.